Page 1 of 136
Alarm Systems / Security Systems Contractor Exam
–ACTUAL QUESTIONS AND ANSWERS LATEST
UPDATE THIS YEAR
Alarm Systems / Security Systems Contractor Exam – Complete Exam Coverage & 250 Practice
Questions
Preparing for the Alarm Systems / Security Systems Contractor Exam requires a solid grasp of national
codes, trade-specific standards, and state licensing laws. This guide provides a complete, point-form
summary of exam topics followed by 250 randomized, scenario-based practice questions – each with a
clear answer and a summarized rationale.
Note: Because alarm contractor licensing is handled state-by-state, specific statutes and administrative
rules vary. Always review your state’s licensing board materials. The following coverage is based
on national codes (NEC, NFPA 72, UL standards) and typical state requirements used across many
jurisdictions.
✅ Summarized Exam Coverage (Point-Form)
1. Licensing & Regulatory Framework (State-Specific)
• Alarm Systems Contractor Licensing Act – definitions, scope, exemptions.
• License classifications (e.g., Burglar Alarm, Fire Alarm, Combined).
• Qualifying Agent (QA) / Responsible Managing Employee (RME) – duties, supervision, full-time
requirement, transfer rules.
• Employee registration – background checks, fingerprinting, notification of termination.
• Insurance – general liability, workers’ compensation, failure to maintain = grounds for
suspension.
• Advertising restrictions – display of license number on all ads, vehicles, letterheads; prohibition
of misleading claims.
• Recordkeeping – contract retention, inspection reports, service logs.
• Penalties & enforcement – fines, suspension/revocation, unlicensed operation penalties.
2. National Electrical Code (NEC) – Low-Voltage & Fire Alarm
• Article 725 (Class 2 & 3 circuits) – power limitations (≤100 VA), separation from power lighting.
• Article 760 (Fire Alarm Circuits) – NPLFA vs. PLFA, separation requirements.
• Article 770 (Optical Fiber Cables) – raceway requirements, grounding.
• Article 800 (Communications Circuits) – clearance from power conductors, grounding/bonding.
• Grounding & bonding – electrode systems, equipment grounding, bonding conductors.
• Conductor sizing & ampacity – temperature correction, adjustment factors.
• Overcurrent protection – fusing, breakers, location, accessibility.
• Raceways & box fill – conduit fill calculations, box sizing.
3. NFPA 72 – National Fire Alarm and Signaling Code
• Fundamental purpose – life safety, property protection, notification.
• Initiating devices – smoke detectors (spot, beam, duct), heat detectors (fixed temp,
rate-of-rise), manual pull stations.
• Notification appliances – horns, strobes, speakers, voice evacuation (candela spacing,
audibility).
• Circuit classes (Class A, B, C, D, E, X) – survivability, monitoring, end-of-line resistor.
• Power supplies – primary and secondary (battery) capacity, voltage drop calculations.
, Page 2 of 136
• Inspection, testing & maintenance – frequencies, records, sensitivity testing.
• NICET content outlines – Levels I/II cover equipment inspection, testing, reporting (planning,
coordination, interfaced systems).
4. Burglar Alarm / Intrusion Detection
• Perimeters & interior protection – door/window contacts, glass break detectors, motion
sensors (PIR, dual-tech).
• Control panels & communicators – on-board zones, expansion, reporting formats (Contact ID,
SIA).
• Monitoring & central stations – UL 827, UL 681 (installation), UL 1076 (proprietary systems).
• False alarm reduction – ANSI/SIA CP-01, verification calls, alarm verification definitions.
• Zone configuration – instant, delayed, interior, 24-hour.
5. Access Control Systems
• Credentials & readers – proximity, smart card, biometric, keypad.
• Door hardware integration – electric strikes, magnetic locks, door position switches,
request-to-exit.
• Controllers & networking – IP-based, PoE, network topology.
• Egress safety – fire code requirements, fail-safe vs. fail-secure.
6. CCTV & Video Surveillance
• Camera types – dome, bullet, PTZ, thermal, IP vs. analog.
• Resolution & lens selection – megapixels, focal length, field of view.
• Recording & storage – NVR, DVR, retention periods, redundancy.
• Network video – bandwidth, IP addressing, PoE, cybersecurity.
7. Low-Voltage Systems & Structured Cabling
• Cable types – Cat 5e, Cat 6, fiber, coaxial, fire alarm cable, plenum vs. riser vs. general purpose.
• Cable placement & support – J-hooks, cable trays, separation from power, bend radius.
• Termination & testing – TIA-568 pinouts, continuity, length, NEXT, insertion loss.
• Tools & safety – punchdown tools, cable strippers, toner/probe, VOM.
8. Job Planning, Design & Estimation
• Interpreting plans & specifications – symbols, riser diagrams, floor plans.
• Wire routing & device placement – smoke detector spacing, motion sensor coverage, door
contact locations.
• Estimating materials & labor – cable footage, conduit, boxes, device counts, labor hours.
• Project closeout – as-built drawings, training, documentation.
9. Safety (OSHA / Cal/OSHA)
• Hazard communication – GHS labels, safety data sheets.
• Electrical safety – lockout/tagout, working near live circuits, PPE.
• Fall protection & ladders – 3-point contact, extension/step ladder safety.
• Confined space – crawlspaces, attics, monitoring.
10. Business & Finance (for Contractor Exam)
• Contract formation – written estimates, cancellation rights, automatic renewal limits.
• Consumer protection – disclosure, cooling-off periods, payment terms.
• Continuing education (CE) – hours required, ethics, fire alarm first-renewal course.
, Page 3 of 136
1. A security contractor is installing a commercial fire alarm system in a high-rise office building.
The circuit for the notification appliances must be monitored for integrity. What does NFPA 72
require for Class B circuits?
o A) One end-of-line resistor at the last device
o B) A return path to the panel for all devices
o C) Two parallel paths for each device
o D) No monitoring required
Answer: A – Class B circuits use a single electrical path with an end-of-line resistor; a
break anywhere between the panel and the resistor will be detected.
2. A technician is installing a residential burglary alarm system. Which standard is most commonly
referenced for system performance and installation in the United States?
o A) NFPA 101
o B) ANSI/SIA CP-01
o C) NEC Article 820
, Page 4 of 136
o D) UL 300
Answer: B – *ANSI/SIA CP-01 specifies performance requirements for false alarm
reduction features for residential and commercial security systems.*
3. A customer requests a monitored alarm system. The monitoring must be UL-Listed. Which UL
standard covers central station burglar alarm services?
o A) UL 217
o B) UL 681
o C) UL 827
o D) UL 1481
Answer: C – UL 827 is the standard for central station alarm services, covering physical
security, recordkeeping, and operational procedures for monitoring facilities.
4. In a Class 2 low-voltage security system, what is the maximum power output allowed under NEC
Article 725?
o A) 30 VA
Alarm Systems / Security Systems Contractor Exam
–ACTUAL QUESTIONS AND ANSWERS LATEST
UPDATE THIS YEAR
Alarm Systems / Security Systems Contractor Exam – Complete Exam Coverage & 250 Practice
Questions
Preparing for the Alarm Systems / Security Systems Contractor Exam requires a solid grasp of national
codes, trade-specific standards, and state licensing laws. This guide provides a complete, point-form
summary of exam topics followed by 250 randomized, scenario-based practice questions – each with a
clear answer and a summarized rationale.
Note: Because alarm contractor licensing is handled state-by-state, specific statutes and administrative
rules vary. Always review your state’s licensing board materials. The following coverage is based
on national codes (NEC, NFPA 72, UL standards) and typical state requirements used across many
jurisdictions.
✅ Summarized Exam Coverage (Point-Form)
1. Licensing & Regulatory Framework (State-Specific)
• Alarm Systems Contractor Licensing Act – definitions, scope, exemptions.
• License classifications (e.g., Burglar Alarm, Fire Alarm, Combined).
• Qualifying Agent (QA) / Responsible Managing Employee (RME) – duties, supervision, full-time
requirement, transfer rules.
• Employee registration – background checks, fingerprinting, notification of termination.
• Insurance – general liability, workers’ compensation, failure to maintain = grounds for
suspension.
• Advertising restrictions – display of license number on all ads, vehicles, letterheads; prohibition
of misleading claims.
• Recordkeeping – contract retention, inspection reports, service logs.
• Penalties & enforcement – fines, suspension/revocation, unlicensed operation penalties.
2. National Electrical Code (NEC) – Low-Voltage & Fire Alarm
• Article 725 (Class 2 & 3 circuits) – power limitations (≤100 VA), separation from power lighting.
• Article 760 (Fire Alarm Circuits) – NPLFA vs. PLFA, separation requirements.
• Article 770 (Optical Fiber Cables) – raceway requirements, grounding.
• Article 800 (Communications Circuits) – clearance from power conductors, grounding/bonding.
• Grounding & bonding – electrode systems, equipment grounding, bonding conductors.
• Conductor sizing & ampacity – temperature correction, adjustment factors.
• Overcurrent protection – fusing, breakers, location, accessibility.
• Raceways & box fill – conduit fill calculations, box sizing.
3. NFPA 72 – National Fire Alarm and Signaling Code
• Fundamental purpose – life safety, property protection, notification.
• Initiating devices – smoke detectors (spot, beam, duct), heat detectors (fixed temp,
rate-of-rise), manual pull stations.
• Notification appliances – horns, strobes, speakers, voice evacuation (candela spacing,
audibility).
• Circuit classes (Class A, B, C, D, E, X) – survivability, monitoring, end-of-line resistor.
• Power supplies – primary and secondary (battery) capacity, voltage drop calculations.
, Page 2 of 136
• Inspection, testing & maintenance – frequencies, records, sensitivity testing.
• NICET content outlines – Levels I/II cover equipment inspection, testing, reporting (planning,
coordination, interfaced systems).
4. Burglar Alarm / Intrusion Detection
• Perimeters & interior protection – door/window contacts, glass break detectors, motion
sensors (PIR, dual-tech).
• Control panels & communicators – on-board zones, expansion, reporting formats (Contact ID,
SIA).
• Monitoring & central stations – UL 827, UL 681 (installation), UL 1076 (proprietary systems).
• False alarm reduction – ANSI/SIA CP-01, verification calls, alarm verification definitions.
• Zone configuration – instant, delayed, interior, 24-hour.
5. Access Control Systems
• Credentials & readers – proximity, smart card, biometric, keypad.
• Door hardware integration – electric strikes, magnetic locks, door position switches,
request-to-exit.
• Controllers & networking – IP-based, PoE, network topology.
• Egress safety – fire code requirements, fail-safe vs. fail-secure.
6. CCTV & Video Surveillance
• Camera types – dome, bullet, PTZ, thermal, IP vs. analog.
• Resolution & lens selection – megapixels, focal length, field of view.
• Recording & storage – NVR, DVR, retention periods, redundancy.
• Network video – bandwidth, IP addressing, PoE, cybersecurity.
7. Low-Voltage Systems & Structured Cabling
• Cable types – Cat 5e, Cat 6, fiber, coaxial, fire alarm cable, plenum vs. riser vs. general purpose.
• Cable placement & support – J-hooks, cable trays, separation from power, bend radius.
• Termination & testing – TIA-568 pinouts, continuity, length, NEXT, insertion loss.
• Tools & safety – punchdown tools, cable strippers, toner/probe, VOM.
8. Job Planning, Design & Estimation
• Interpreting plans & specifications – symbols, riser diagrams, floor plans.
• Wire routing & device placement – smoke detector spacing, motion sensor coverage, door
contact locations.
• Estimating materials & labor – cable footage, conduit, boxes, device counts, labor hours.
• Project closeout – as-built drawings, training, documentation.
9. Safety (OSHA / Cal/OSHA)
• Hazard communication – GHS labels, safety data sheets.
• Electrical safety – lockout/tagout, working near live circuits, PPE.
• Fall protection & ladders – 3-point contact, extension/step ladder safety.
• Confined space – crawlspaces, attics, monitoring.
10. Business & Finance (for Contractor Exam)
• Contract formation – written estimates, cancellation rights, automatic renewal limits.
• Consumer protection – disclosure, cooling-off periods, payment terms.
• Continuing education (CE) – hours required, ethics, fire alarm first-renewal course.
, Page 3 of 136
1. A security contractor is installing a commercial fire alarm system in a high-rise office building.
The circuit for the notification appliances must be monitored for integrity. What does NFPA 72
require for Class B circuits?
o A) One end-of-line resistor at the last device
o B) A return path to the panel for all devices
o C) Two parallel paths for each device
o D) No monitoring required
Answer: A – Class B circuits use a single electrical path with an end-of-line resistor; a
break anywhere between the panel and the resistor will be detected.
2. A technician is installing a residential burglary alarm system. Which standard is most commonly
referenced for system performance and installation in the United States?
o A) NFPA 101
o B) ANSI/SIA CP-01
o C) NEC Article 820
, Page 4 of 136
o D) UL 300
Answer: B – *ANSI/SIA CP-01 specifies performance requirements for false alarm
reduction features for residential and commercial security systems.*
3. A customer requests a monitored alarm system. The monitoring must be UL-Listed. Which UL
standard covers central station burglar alarm services?
o A) UL 217
o B) UL 681
o C) UL 827
o D) UL 1481
Answer: C – UL 827 is the standard for central station alarm services, covering physical
security, recordkeeping, and operational procedures for monitoring facilities.
4. In a Class 2 low-voltage security system, what is the maximum power output allowed under NEC
Article 725?
o A) 30 VA
